Turbine Analysis Engineer
Responsible for the design and optimization of gas turbine clearances.
This will include 2D/3D transient thermal - mechanical analysis, use of in house clearance tools, complete engine stack-ups, and development and optimization of reduced order clearance models.
The engineer will need to have extensive FEA experience (+7 yrs) to be able to perform the quality and quantity of work required in the given time scope.
The Clearance Engineer will work cooperatively with the hardware design engineering team, Aerodynamics, Performance, and Systems teams to develop a configuration that meets all design requirements.
Candidate must have a minimum of a BS in Mechanical or Aerospace Engineering degree Ansys FEA thermal/mechanical design experience (+7 years) UG/NX experience (+3 years) Programming background/proficiency in using/writing macros, and moderate (2
years) programming experience, preferably experience with Python.
Good communication and presentation skills Gas turbine clearances involves significant collaboration with the design teams, contractor should have good people skills and enjoy/thrive on the interactions Ability to obtain export controlled access required With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the Oil & Gas, Power & Renewables, Infrastructure, Life Sciences, Mining, Automotive and Chemicals sectors worldwide.
With more than 100 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed.
We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients.
Recommended Skills Automotive Industry Communication Computer Programming Hardware Design Infrastructure Management Interpersonal Skills Estimated Salary: $20 to $28 per hour based on qualifications.
This will include 2D/3D transient thermal - mechanical analysis, use of in house clearance tools, complete engine stack-ups, and development and optimization of reduced order clearance models.
The engineer will need to have extensive FEA experience (+7 yrs) to be able to perform the quality and quantity of work required in the given time scope.
The Clearance Engineer will work cooperatively with the hardware design engineering team, Aerodynamics, Performance, and Systems teams to develop a configuration that meets all design requirements.
Candidate must have a minimum of a BS in Mechanical or Aerospace Engineering degree Ansys FEA thermal/mechanical design experience (+7 years) UG/NX experience (+3 years) Programming background/proficiency in using/writing macros, and moderate (2
years) programming experience, preferably experience with Python.
Good communication and presentation skills Gas turbine clearances involves significant collaboration with the design teams, contractor should have good people skills and enjoy/thrive on the interactions Ability to obtain export controlled access required With over 90 years' combined experience, NES Fircroft (NES) is proud to be the world's leading engineering staffing provider spanning the Oil & Gas, Power & Renewables, Infrastructure, Life Sciences, Mining, Automotive and Chemicals sectors worldwide.
With more than 100 offices in 45 countries, we are able to provide our clients with the engineering and technical expertise they need, wherever and whenever it is needed.
We offer contractors far more than a traditional recruitment service, supporting with everything from securing visas and work permits, to providing market-leading benefits packages and accommodation, ensuring they are safely and compliantly able to support our clients.
Recommended Skills Automotive Industry Communication Computer Programming Hardware Design Infrastructure Management Interpersonal Skills Estimated Salary: $20 to $28 per hour based on qualifications.
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